Cosmetic container provided with dual mesh composed of discharge mesh and elastic mesh

ABSTRACT

The present invention relates to a cosmetic container provided with a dual mesh composed of a discharge mesh and an elastic mesh and, more particularly, a cosmetic container provided with a dual mesh composed of a discharge mesh and an elastic mesh, wherein liquid phase or a phase contents are stored inside a content container, and the dual mesh composed of the discharge mesh and the elastic mesh is formed above the content container. Discharge holes of the elastic mesh are formed larger than those of the discharge mesh to increase the permeability of the contents through the elastic mesh, and the discharge holes of the discharge mesh are formed smaller than those of the elastic mesh to decrease the permeability of the contents through the discharge mesh. Therefore, when a user compresses the discharge mesh and the elastic mesh with a puff, a large amount of the contents stored in the content container are discharged through the coarsely woven elastic mesh, and the contents are then evenly discharged throughout the entirety of the densely woven discharge mesh such that the contents are uniformly applied onto an application surface of the puff, thus preventing makeup from clumping and improving the convenience of using the makeup.

CROSS-REFERENCE TO RELATED APPLICATIONS

This application is based on and claims the benefit of priority toKorean Patent Application No. 10-2017-0029104 filed on Mar. 7, 2017,with the Korean Intellectual Property Office, the disclosure of which isincorporated herein by reference.

Technical Field

The present invention relates to a cosmetic container provided with adual mesh composed of a discharge mesh and an elastic mesh and, moreparticularly, to a cosmetic container provided with a dual mesh composedof a discharge mesh and an elastic mesh, wherein liquid phase or gelphase contents are stored inside a content container, and the dual meshcomposed of the discharge mesh and the elastic mesh is formed above thecontent container. Discharge holes or the elastic mesh are formed largerthan those of the discharge mesh to increase the permeability of thecontents through the elastic mesh, and the discharge holes of thedischarge mesh are formed smaller than those of the elastic mesh andlocated above the elastic mesh to decrease the permeability of thecontents through the discharge mesh. Therefore, when a user compressesthe discharge mesh and the elastic mesh with a puff, a large amount ofthe contents stored in the content container are discharged through theelastic mesh, and the contents are then evenly discharged throughout thedischarge mesh having small discharge holes such that the contents areuniformly applied onto an application surface of the puff, thuspreventing makeup from clumping and improving the convenience of use.

Background Art

In general, women perform makeup by using cosmetic products to maketheir faces look bright and beautiful.

The cosmetic products are classified into basic cosmetics, makeupcosmetics, functional cosmetics, hair cosmetics and the like accordingto a function of the cosmetic products. In addition, the cosmeticproducts are classified into powder, liquid, gel, and solid cosmeticproducts according to a state of the cosmetic products, and stored in acontainer suitable for each state of the cosmetic products.

The makeup cosmetics are classified into a base makeup used foruniformly toning the skin and covering a defect on the skin and a pointmakeup for partially increasing a three-dimensional effect on lips,eyes, nails and the like, in which the base makeup includes a makeupbase, a foundation, a powder and the like, and the point makeup includesa lipstick, an eyeliner, a mascara and the like.

Among the makeup cosmetics, the foundation included in the base makeupis classified into a solid foundation, a liquid foundation and a gelfoundation according to a type of cosmetic contents. Although the solidfoundation produces an effect of excellently covering the skin, thesolid foundation may be conglomerated when correcting the makeup. Inaddition, the liquid foundation has good adhesion property, but thesustainability is weak.

Therefore, recently, a gel-phase foundation, which gives a feeling oflightness and moist feelings and shows a refreshing feel, isincreasingly used.

However, when the gel-phase foundation filled in a conventionalcontainer is used, it is difficult to take out the same amount of thegel-phase foundation because the gel-phase foundation is applied to theskin by taking out or squeezing the gel-phase foundation using a hand ora puff.

Further, there is an inconvenience in use because the gel-phasefoundation is not uniformly put on the entire puff, but is put only on apart of the puff.

In order to solve such a problem, as shown in FIG. 1, Korean PatentRegistration No. 10-1257628 discloses a compact container having animpregnation member accommodated therein. According to the above relatedart, the impregnation member formed of urethane foam is impregnated witha gel-shape cosmetic material and the impregnation member is directlypressed by a puff in use.

However, the above related art has a problem that the impregnationmember is contaminated or broken due to repeated contact of the puffsbecause the user directly presses the impregnation member by using thepuff to apply the contents put on the puff to the skin.

In addition, when the amount of the gel-phase cosmetic materialimpregnated in the impregnation member is reduced due to the long periodof use, there is an inconvenience that the pressure for pressing theimpregnation member with the puff has to be increased to discharge thegel-phase cosmetic material, which may cause the breakage of theimpregnation member. In addition, the elastic force of the impregnatingmember is reduced, so that the shape of the impregnation member isdeformed, thereby degrading the aesthetic feeling.

In order to solve the above problem, as shown in FIG. 2, Korean PatentRegistration No. 10-1686354 discloses a cosmetic container containingliquid contents. The above related art includes a discharge surface fordischarging the liquid content as a puff is pressed, and a blockingsurface provided adjacent to a surface through which the liquid contentis discharged from the discharge surface and covering the deflection ofthe discharge surface, wherein the blocking surface is prepared in theform of a lace or the like and has higher permeability and elasticityfor the content as compared with the discharge surface.

Therefore, when the discharge surface is continuously pressed by thepuff and deflection occurs, the discharge surface is covered with theblocking surface, thereby preventing degradation of the aestheticfeeling.

However, according to the conventional art, since the clearance of theblocking surface is relatively larger than the clearance of thedischarge surface, the liquid content is not uniformly discharged to anupper portion of the blocking surface, so that the liquid content cannotbe put on the entire surface of the puff, causing the clumping of themakeup.

In addition, according to the related art, when it is used for a longperiod of time, a space is formed between the discharge surface saggeddownward and the blocking surface, so that the liquid content dischargedinto the space may be easily contaminated by contaminated air flowingthrough a large clearance of the blocking surface.

DISCLOSURE Technical Problem

The present invention has been made to solve the above problemsoccurring in the related art, and an object of the present invention isto provide a cosmetic container provided with a dual mesh composed of adischarge mesh and an elastic mesh, wherein liquid phase gel phasecontents are stored inside content container, the dual mesh composed ofthe discharge mesh and the elastic mesh is formed above the contentcontainer, discharge holes of the elastic mesh are formed larger thanthose of the discharge mesh to increase the permeability of the contentsthrough the elastic mesh, and the discharge holes of the discharge meshare formed smaller than those of the elastic mesh and located above theelastic mesh to decrease the permeability of the contents through thedischarge mesh, therefore, when a user compresses the discharge mesh andthe elastic mesh with a puff, a large amount of the contents stored inthe content container are discharged through the elastic mesh, and thecontents are then evenly discharged throughout the discharge mesh havingsmall discharge holes such that the contents are uniformly applied ontoan application surface of the puff, thus preventing makeup from clumpingand improving the convenience of use.

In addition, another object of the present invention is to provide acosmetic container provided with a dual mesh composed of a dischargemesh and an elastic mesh, wherein the discharge mesh and the elasticmesh are formed of a fabric, and characters or images are formed on theelastic mesh by embroidery or printing, so that the characters or imagesembroidered on the elastic mesh are gently expressed to the outsidethrough the discharge mesh having relatively small discharge holes,thereby improving the aesthetic feeling.

Further, still another object of the present invention is to provide acosmetic container provided with a dual mesh composed of a dischargemesh and an elastic mesh, wherein the discharge mesh and the elasticmesh are bonded to a ring-shaped frame so that the discharge mesh andthe elastic mesh are tightly joined to the frame, thus, even if thedischarge mesh and the elastic mesh are used for a long period of time,the discharge mesh and the elastic mesh can closely adhere to each otherwithout forming a space there between, thereby preventing the contentsfrom being contaminated by minimizing the exposure of the contentsstored in a content container to the outside.

In addition, still yet another object of the present invention is toprovide a cosmetic container provided with dual mesh composed of adischarge mesh and an elastic mesh, wherein the discharge mesh has astructure in which discharge holes are densely woven, and the elasticmesh has a structure in which discharge holes are coarsely woven and theelastic mesh serve to supplement the elasticity of the discharge meshbelow the discharge mesh, so that, when the pressure applied to thedischarge mesh and the elastic mesh is released, the elastic force ofthe discharge mesh is increased by the elastic mesh, thus, the dischargemesh is elastically restored to its original shape and tightlymaintained without being sagged together with the contents, therebypreventing the contents from being contaminated by blocking the contentsstored in the content container from the outside.

Technical Solution

The present invention provides a cosmetic container provided with a dualmesh composed of a discharge mesh and an elastic mesh, the cosmeticcontainer including: a content container in which contents are stored;and the dual mesh that discharges the contents stored in the contentcontainer to an outside as pressure is applied thereto and includes thedischarge mesh and the elastic mesh, wherein discharge holes formed inthe discharge mesh are relatively smaller than discharge holes formed inthe elastic mesh, so that, when the dual mesh is pressed, the contentsstored in the content container are primarily passed through the elasticmesh and secondarily discharged uniformly to an entire surface of thedischarge mesh having the discharge holes with relatively small sizes.

In addition, a content container lid may be hinged to one side of thecontent container.

Further, the discharge mesh of the dual mesh may have a structure inwhich the discharge holes are densely woven, the elastic mesh of thedual mesh may have a structure in which the discharge holes are coarselywoven, and the elastic mesh may supplement elasticity of the dischargemesh below the discharge mesh to increase elastic force of the dischargemesh.

In addition, the discharge mesh and the elastic mesh of the dual meshmay be bonded to a ring-shaped frame so that the discharge mesh and theelastic mesh may be kept in close contact with each other.

Further, the discharge mesh and the elastic mesh of the dual mesh may betightly stretched and bonded to the frame.

In addition, the discharge mesh and the elastic mesh of the dual meshmay be bonded to the frame by ultrasonic bonding, high frequencybonding, thermal bonding or adhesive bonding.

Further, the discharge mesh and the elastic mesh of the dual mesh may beformed of a fabric in which warps and wefts are alternately woven witheach other.

In addition, a character or an image may be embroidered on the elasticmesh of the dual mesh and gently expressed to an outside through thedischarge mesh.

Advantageous Effects

According to a cosmetic container provided with a dual mesh composed ofa discharge mesh and an elastic mesh of the present invention, liquidphase or gel phase contents are stored inside a content container, thedual mesh composed of the discharge mesh and the elastic mesh is formedabove the content container, discharge holes of the elastic mesh areformed larger than those of the discharge mesh to increase thepermeability of the contents through the elastic mesh, and the dischargeholes of the discharge mesh are formed smaller than those of the elasticmesh and located above the mesh to decrease the permeability of thecontents through the discharge mesh, therefore, when a user compressesthe discharge mesh and the elastic mesh with a puff, a large amount ofthe contents stored in the content container can be discharged throughthe elastic mesh, and the contents can be evenly discharged throughoutthe discharge mesh having small discharge holes such that the contentsare uniformly applied onto an application surface of the puff, thuspreventing makeup from clumping and improving the convenience of use.

In addition, according to a cosmetic container provided with dual meshcomposed a discharge mesh and an elastic mesh of the present invention,the discharge mesh and the elastic mesh are formed of a fabric, andcharacters or images are formed on the elastic mesh by embroidery orprinting, so that the characters or images embroidered on the elasticmesh can be gently expressed to the outside through the discharge meshhaving relatively small discharge holes, thereby improving the aestheticfeeling.

Further, according to a cosmetic container provided with dual meshcomposed of a discharge mesh an elastic mesh of the present invention,the discharge mesh and the elastic mesh are bonded to a ring-shapedframe so that the discharge mesh and the elastic mesh are tightly joinedto the frame, thus, even if the discharge mesh and the elastic mesh areused for a long period of time, the discharge mesh and the elastic meshcan closely adhere to each other without forming a space there between,thereby preventing the contents from being contaminated by minimizingthe exposure of the contents stored in a content container to theoutside.

In addition, according to a cosmetic container provided with a dual meshcomposed of a discharge mesh and an elastic mesh of the presentinvention, the discharge mesh has a structure in which discharge holesare densely woven, and the elastic mesh has a structure in whichdischarge holes are coarsely woven and the elastic mesh serve tosupplement the elasticity of the discharge mesh below the dischargemesh, so that, when the pressure applied to the discharge mesh and theelastic mesh is released, the elastic force of the discharge mesh can beincreased by the elastic mesh, thus, the discharge mesh can beelastically restored to its original shape and tightly maintainedwithout being sagged together with the contents, thereby preventing thecontents from being contaminated by blocking the contents stored in thecontent container from the outside.

DESCRIPTION OF DRAWINGS

FIG. 1 is a view showing a conventional compact container.

FIG. 2 is a view showing a conventional cosmetic container forcontaining a liquid content.

FIG. 3 is a perspective view of a cosmetic container according to thepresent invention.

FIG. 4 is an exploded perspective view of a cosmetic container accordingto the present invention.

FIG. 5 is a sectional view of a cosmetic container according to thepresent invention.

FIG. 6 is a sectional view showing a state in which a dual mesh of acosmetic container according to the present invention is pressurized todischarge contents to the outside.

FIG. 7 is an exploded perspective view showing a state in which acharacter or an image is formed on an elastic mesh of a cosmeticcontainer according to the present invention.

BEST MODE Mode for Invention

The technical objects implemented by embodiments of the presentinvention will be more apparent from the following detailed description.Hereinafter, embodiments of a cosmetic container provided with a dualmesh composed of discharge mesh and an elastic mesh according to thepresent invention will be described in retail with reference toaccompanying drawings.

FIG. 3 is a perspective view of a cosmetic container according to thepresent invention, FIG. 4 is an exploded perspective view of a cosmeticcontainer according to the present invention, FIG. 5 is a sectional viewof a cosmetic container according to the present invention, and FIG. 6is a sectional view showing a state in which a dual mesh of a cosmeticcontainer according to the present invention is pressurized to dischargecontents to the outside.

A cosmetic container provided with a dual mesh composed of a dischargemesh and an elastic mesh according to one embodiment of the presentinvention may include a content container 10 in which contents arestored, and a dual mesh 20 that discharges the contents stored in thecontent container to an outside as pressure is applied thereto andincludes a discharge mesh 22 and an elastic mesh 24, wherein dischargeholes formed in the discharge mesh 22 may be relatively smaller thandischarge holes formed in the elastic mesh, so that, when the dual mesh20 is pressed, the contents stored in the content container may beprimarily passed through the elastic mesh 24 and secondarily dischargeduniformly to an entire surface of the discharge mesh 22 having thedischarge holes with relatively small sizes.

Liquid-phase or gel-phase contents may be stored in the contentcontainer 10.

The content container 10 may include an inner wall 12 and an outer wall14 spaced apart from the inner wall 12 by a predetermined distance andextending upward.

A frame 40 may be coupled to an outer periphery of the inner wall 12 ofthe content container 10 and a first hinge portion 16 may be provided atone side of the outer wall 14.

The content container 10 may be hinged with a content container lid 30for opening and closing the content container 10.

A puff receiving groove 32 capable of storing a puff P may be formed inan upper portion of the content container lid 30 and a lid grip 34 mayprotrude outward from one side of the content container lid 30 to allowa user to easily open and close the content container lid 30.

A second hinge portion 36 may be provided on an opposite side of the lidgrip 34 of the content container lid 30 and may be hinged to the firsthinge portion 16 of the content container 10.

A sealing wheel 38 may extend downward from the content container lid30, in which the sealing wheel 38 may adhere to an inner periphery of anouter wall 14 of the content container 10 when the content container lid30 is closed, thereby tightly sealing the content container 10.

The content container 10 may be coupled to the inside of a containerbody 50 as shown in FIG. 4.

A container lid 60 may be hinged to one side of the container body 50 toopen or close the container body 50.

A button 52 may be provided on a front surface of the container body 50and a latching protrusion 522 may protrude from an upper portion of thebutton 52.

A hook 62 in the form of a protrusion may be provided on the frontsurface of the container lid 60 so as to be fastened to the latchingprotrusion 522 of the button 52.

A mirror 64 may be provided inside the container lid 60 to allow theuser to easily perform the makeup.

The dual mesh 20 may discharge the contents stored in the contentcontainer 10 to the outside as the pressure is applied from the puff P.

The dual mesh 20 may be formed of a fabric, that is, a woven cloth whichis provided by alternately weaving a warp (warp yarn) and a weft (weftyarn) such that the warp and weft cross each other.

As shown in FIG. 6, when the dual mesh 20 is pressed with a makeup toolsuch as the puff P, the dual mesh 20 is expanded while being presseddownward so that the contents stored in the content container 10 may bedischarged to the outside through discharge holes formed between thewarp and weft. Accordingly, only the contents discharged from thecontent container 10 may be put on the surface of the puff P, and thepuff P does not make contact with the contents stored in the contentcontainer 10, so that the contents stored in the content container 10may not be contaminated by the bacteria and waste materials on the puff(P).

The dual mesh 20 may be composed of the discharge mesh 22 and theelastic mesh 24 and the discharge mesh 22 and the elastic mesh 24 may beformed in a stack structure.

As shown in FIG. 4, the discharge holes formed in the discharge mesh 22of the dual mesh 20 may be relatively small, and the discharge holesformed in the elastic mesh 24 may be relatively large.

Therefore, when the dual mesh 20 is pressed, the contents stored in thecontent container 10 may primarily pass through the elastic mesh 24having the discharge holes with a relatively large size, and then passthrough the discharge mesh 22 having the discharge holes with arelatively small size so that the contents may be evenly discharged tothe entire surface of the discharge mesh 22.

In other words, according to the present invention, the dual mesh 20 maybe connected to an upper portion of the content container 10, in whichthe elastic mesh 24 of the dual mesh 20 may be formed with the dischargeholes having a relatively large size to increase the permeability of thecontents and the discharge mesh 22 may be formed with the dischargeholes having a relatively small to lower the permeability of thecontents. Thus, as shown in the enlarged view of FIG. 6, when the dualmesh 20 is pressed, the contents passing through the large dischargeholes of the elastic mesh 24 may be discharged and distributed againthrough the small discharge holes of the discharge mesh 22 so that thecontents may be evenly discharged to the entire upper surface of thedischarge mesh 22.

In addition, the discharge mesh 22 of the dual mesh 20 may have thestructure in which the discharge holes are densely woven and the elasticmesh 24 may have the structure in which the discharge holes are coarselywoven. The elastic mesh 24 may serve to supplement the elasticity of thedischarge mesh 22 below the discharge mesh 22.

That is, after using the contents which are discharged by pressing thedischarge mesh 22 and the elastic mesh 24, if the force applied to thedischarge mesh 22 is released, external air may flow into the dischargeholes of the discharge mesh 22 to restore the discharge mesh 22 to itsoriginal state. However, due to the high viscosity of the contentsremaining in the discharge holes of the discharge mesh 22, the contentsmay not be easily introduced into the contents container 10 togetherwith the external air so that the discharge mesh 22 may be saggeddownward.

In this case, since the elastic mesh 24 formed below the discharge mesh22 pushes up the discharge mesh 22 upward, the discharge mesh 22 may beelastically restored to its original state and tightly maintained. Inaddition, since the contents do not exist in the discharge holes of thedischarge mesh 22, the contents may be blocked from the outside by thedischarge mesh and the elastic mesh 24, so that the contents may not becontaminated.

In addition, since the discharge mesh 22 of the dual mesh is denselywoven, the liquid-phase or gel-phase contents stored in the contentcontainer 10 may not be discharged to the outside unless the dual mesh20 is pressed by the user, so that the sanitary and convenience of thecosmetic container may be improved.

The sizes of the discharge holes formed in the discharge mesh 22 and theelastic mesh 24 may vary depending on the viscosity of the contentsstored in the content container 10. For example, when the viscosity ofthe contents stored in the content container 10 is low, the dischargeholes formed in the discharge mesh 22 and the elastic mesh 24 may havesmaller sizes. In contrast, when the viscosity of the contents stored inthe content container 10 is high, the discharge holes formed in thedischarge mesh 22 and the elastic mesh 24 may have larger sizes.

The discharge mesh 22 and the elastic mesh 24 of the dual mesh 20 may bebonded to the frame 40 so that the discharge mesh and the elastic mesh24 may be kept in close contact with each other.

That is, as shown in FIG. 5, according to the present invention, thedischarge mesh 22 and the elastic mesh 24 may be bonded to the frame 40,so that the discharge mesh 22 and the elastic mesh 24 may be kept inclose contact with each other without forming a space between thedischarge mesh 22 and the elastic mesh 24 even when the discharge mesh22 and the elastic mesh 24 are used for a long period of time, so thatthe contents stored in the content container 10 may not be easilycontaminated because the exposure of the contents stored in the contentcontainer 10 to the outside may be minimized.

In addition, it is advantageous to tightly stretch the discharge mesh 22and the elastic mesh 24 of the dual mesh 20 when they are bonded to theframe 40 such that the discharge mesh 22 and the elastic mesh 24 can beprevented from being sagged downward.

When the dual mesh 20 is used for a long period of time, the dual mesh20 may be sagged inward of the content container 10 due to the weight ofthe contents to be impregnated into the dual mesh 20, the surfacetension of the contents stored in the content container 10, and therepetition of the pressure application. According to the presentinvention, in order to compensate for the sagging phenomenon, thedischarge mesh 22 and the elastic mesh 24 may be bonded to the frame 40in a state in which the discharge mesh 22 and the elastic mesh 24 aretightly stretched in a dual structure.

The discharge mesh 22 and the elastic mesh 24 of the dual mesh 20 may bebonded to a ring-shaped frame 40.

The frame 40 may include a bonding portion 42 extending inward and acoupling portion 44 extending downward from the bonding portion 42.

The dual mesh 20 may be bonded to the bonding portion 42 of the frame 40through ultrasonic bonding, high frequency bonding, thermal bonding, oradhesive bonding.

The coupling portion 44 of the frame 40 may be coupled to an outerperiphery of the inner wall 12 of the content container 10. The frame 40and the content container 10 may be connected to each other in variousways such as undercut coupling, screw coupling or press fitting.

FIG. 7 is an exploded perspective view showing a state in whichcharacters or images are formed in the elastic mesh of the cosmeticcontainer according to the present invention.

According to the present invention, as shown in FIG. 7, characters orimages may be formed on the elastic mesh 24 of the dual mesh 20.

The characters or images may be formed on the elastic mesh by anembroidery method or a printing method, and the characters or imagesformed on the elastic mesh 24 may be gently expressed to the outsidethrough the discharge holes of the discharge mesh 22 to enhance theaesthetic feeling.

A method of assembling and using the cosmetic container having the dualmesh composed of the discharge mesh and the elastic mesh constructed asdescribed above will now be described with reference to the accompanyingdrawings.

As shown in FIGS. 4 and 5, in order to assemble the cosmetic containerhaving the dual mesh made composed of the discharge mesh and the elasticmesh according to one embodiment of the present invention, the contentcontainer lid 30 may be hinged to one side of the content container 10,and the content container 10 may be filled with the liquid-phase orgel-phase cosmetic material.

Next, the discharge mesh 22 and the elastic mesh 24 are bonded to alower surface of the bonding portion 42 of the frame by ultrasonicbonding, high frequency bonding, thermal bonding, or adhesive bonding.In this case, it is advantageous to tightly stretch the discharge mesh22 and the elastic mesh 24 when they are bonded to the frame 40.

Then, the frame 40, to which the discharge mesh 22 and the elastic mesh24 are bonded as described above, may be fitted into the inner wall 12of the content container 10.

Next, the content container 10 may be mounted inside the container body50 where the container lid 60 is hinged to one side of the containerbody 50.

Finally, the container lid 60 may be closed to complete the assemblingwork for the cosmetic container having the dual mesh composed of thedischarge mesh and the elastic mesh according to one embodiment of thepresent invention.

In order to use the cosmetic container having the dual mesh composed ofthe discharge mesh and the elastic mesh assembled as described above,the container lid 60 may be first opened by pressing the button 52formed on the front surface of the container body 50, then, as shown inFIG. 5, the content container lid 30 may be opened by rotating thecontent container lid 30 from the content container 10.

Then, the discharge mesh 22 of the dual mesh 20 is pressed by the makeuptool such as the puff P, so that the dual mesh 20 may be pressed down.Thus, the contents stored in the content container 10 may pass throughthe discharge holes formed in the elastic mesh 24, and then, may bedischarged to the outside through the discharge holes formed in thedischarge mesh 22 so that the contents are put on the surface of thepuff P.

That is, as shown in the enlarged view of FIG. 6, the contents stored inthe content container 10 may be first introduced into the large-sizedischarge holes formed in the elastic mesh 24, then, distributed to thesmall-size discharge holes formed in the discharge mesh 22 to passthrough the small-size discharge holes formed in the discharge mesh 22,so that the contents may be uniformly discharged to the entire uppersurface of the discharge mesh 22.

Then, when the pressure applied to the dual mesh 20 is released, theelastic force of the discharge mesh 22 may be increased by the elasticmesh 24 so that the discharge mesh 22 may be elastically restored to itsoriginal state while being tightly maintained without sagging downwardtogether with the contents.

In this state, the makeup may be performed by using the puff P. Afterthe makeup has been completed, the container lid 20 may be closed tocomplete the use of the cosmetic container having the dual mesh composedof the discharge mesh and the elastic mesh according to the presentinvention.

As described above, the present invention is only one embodiment forcarrying out a cosmetic container having a dual mesh composed of adischarge mesh and an elastic mesh, and the present invention is notlimited to the above embodiments. It will be understood by those skilledin the art that various changes in form and details may be made withoutdeparting from the spirit and scope of the present invention as definedby the appended claims and their equivalents.

DESCRIPTION OF REFERENCE SYMBOLS

10: content container 20: dual mesh 22: discharge mesh 24: elastic mesh30: content container lid 40: frame 50: container body 60: container lidP: Puff

1. A cosmetic container provided with a dual mesh composed of adischarge mesh and an elastic mesh, the cosmetic container comprising: acontent container in which contents are stored; and the dual mesh thatdischarges the contents stored in the content container to an outside aspressure is applied thereto and includes the discharge mesh and theelastic mesh, where in discharge holes formed in the discharge mesh arerelatively smaller than discharge holes formed in the elastic mesh, sothat, when the dual mesh is pressed, the contents stored in the contentcontainer are primarily passed through the elastic mesh and secondarilydischarged uniformly to an entire surface of the discharge mesh havingthe discharge holes with relatively small sizes.
 2. The cosmeticcontainer of claim 1, wherein a content container lid is hinged to oneside of the content container.
 3. The cosmetic container of claim 1,wherein the discharge mesh of the dual mesh has a structure in which thedischarge holes are densely woven, the elastic mesh of the dual mesh hasa structure in which the discharge holes are coarsely woven, and theelastic mesh supplements elasticity of the discharge mesh below thedischarge mesh to increase elastic force of the discharge mesh.
 4. Thecosmetic container of claim 1, wherein the discharge mesh and theelastic mesh of the dual mesh are bonded to a ring-shaped frame so thatthe discharge mesh and the elastic mesh are kept in close contact witheach other.
 5. The cosmetic container of claim 4, wherein the dischargemesh and the elastic mesh of the dual mesh are tightly stretched andbonded to the frame.
 6. The cosmetic container of claim 4, wherein thedischarge mesh and the elastic mesh of the dual mesh are bonded to theframe by ultrasonic bonding, high frequency bonding, thermal bonding oradhesive bonding.
 7. The cosmetic container of claim 1, wherein acharacter or an image is embroidered on the elastic mesh of the dualmesh and expressed to an outside through the discharge mesh.